AMIE PENDRIVE COURSES
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AMIE ONLINE COURSES
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AMIE Sec B
This is the first part of the AMIE examination. It is designed for those who have a Diploma in Engineering & Technology or ITI or 12th Passed from PCM. AMIE Section B consists of subjects that provide a foundation in engineering and is common for all engineering disciplines. The subjects in AMIE Section B cover Engineering Management, Circuit and Field Theory, Measurement and Control, Electrical Machine, Design Of Electrical Systems, Power System Performance, Power Systems, and various engineering fundamentals.
Learning Outcomes
- Over 150 lectures and 120 hours of content for AMIE Sec-B Diploma Stream.
- Non-Diploma Engineering Subjects also available for AMIE Sec-B.
- Our video classes cover every essential topic and subject of AMIE prescribed by IEI.
- Our goal is to help you achieve excellent results and advance in your engineering career.
- You can ask questions, seek clarification, and engage in discussions to deepen your understanding of the classes.
- We understand the importance of practice and familiarity with the AMIE exam pattern. That's why our course includes in-depth discussions of previous year's questions, providing you with insights into the types of questions you may encounter and how to approach them effectively.
Course Curriculum
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PART 1
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Introduction of Syllabus
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Complete Syllabus Video
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PART 2
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Study Notes
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Previous Year Question
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PART 3
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Important Topics Discussion
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Strategy for how to Clear AMIE Subjects
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Instructor
Mr. Vikas
Teacher (Circuit and Field Theory)Electrical engineering and physics in AMIE SEC-B(ELECTRICAL) include two core disciplines, Circuit Theory and Field Theory, which are concerned with the study of electrical circuits and electromagnetic fields, respectively. These two fields of study are fundamental to comprehending and functioning with electrical and electronic systems and are tied to one
Mr. Abhishekh Kumar Singh
Teacher (Circuit and Field Theory)Electrical engineering and physics in AMIE SEC-B(ELECTRICAL) include two core disciplines, Circuit Theory and Field Theory, which are concerned with the study of electrical circuits and electromagnetic fields, respectively. These two fields of study are fundamental to comprehending and functioning with electrical and electronic systems and are tied to one another.
Mr.Vaibav
Teacher (Measurement and Control)Electrical measurement and control AMIE SEC-B(ELECTRICAL)is critical for assuring the safety, reliability, and efficiency of electrical equipment and operations. Electrical engineering relies heavily on measurement and control. Accurate measurement ensures that electrical parameters stay within prescribed limits, and good control techniques allow for the management and automation of electrical systems, which improves their efficiency, safety, and overall performance.
Mr.Sagar
Teacher (Electrical Machine)The basis of electrical engineering, its practical applications in several sectors, and its importance for engineers working in power production, distribution, control systems, and renewable energy make electrical machine a significant subject in the AMIE SEC-B(ELECTRICAL). It provides students with the abilities and information required for a fruitful career in electrical engineering..
Mr.Sanjeev
Teacher ( Design of Electrical Systems)An in-depth knowledge of electrical engineering concepts, safety standards, and the particular project needs are necessary for designing electrical systems. Design of Electrical Systems in AMIE SEC-B (ELECTRICAL) deals with the aspects of electrical machinery, control systems, and power distribution. For an electrical system to be safe, dependable, and compliant, an electrical engineer or designer is frequently required.
Mr.Devansh Raghav
Teacher (Microprocessor and Microcontroller)Understanding microprocessors and microcontrollers in AMIE SEC-B(ELECTRICAL)offers knowledge of their architecture, programming, and interfacing. This entails studying system design, assembly language programming, and how to communicate with various sensors, actuators, and other embedded system components. Modern digital electronics and embedded systems rely heavily on microprocessors and microcontrollers. They serve as the controls and brains for a variety of machinery.